Our work on solving @Raspberry_Pi's RP2350 Hacking Challenge is now online! 5 different attacks and lots of lessons learned.
Joint work with Aedan Cullen, Kévin Courdesses, @ghidraninja and @azonenberg!
Full paper: https://t.co/iYuoPpBMCi
Source code: https://t.co/BkYj8kqpqK
Google Wifi Pro - Glitching from Root to EL3 - Part 1
In this first post, we explain in detail, how we were able to inject EM glitches in order to characterize Qualcomm's IPQ5018 SoC susceptibility to EM glitches.
https://t.co/pC0Pel4CtG
@MehdiHacks The brand is Checkline (their slogan is "Made to measure"), and the screwdriver looks similar to this digital torque screwdriver https://t.co/ehUHfyNymL
Developers assume code runs deterministically, but fault injection attacks can prove otherwise.
Are these attacks really “magical” and unpredictable? Or is there a method to the madness?
Join @0x696e6f6465 down the rabbit hole of #hardwarehacking 🐇 🕳️
https://t.co/L2RW1nuKoV
Hey everyone! We have some great news! The @hextreeio ( aka. @ghidraninja and @LiveOverflow ) Faultier and GlitchTags are now also available in the German (EU) store! Get them now! It is only a small initial batch! :) https://t.co/oF03EIIujo
I have finally release my book on Attacking and Securing U-Boot! The goal is to provide a *hands-on* approach to the bootloader via a VM that includes practical examples so any security consultant or embedded developer.
https://t.co/sZfpmii1y8
We have a few seats left at our in-person training at @hardwear_io 2024: Applied Fault Injection 2.0
We've added new targets (including a RISC-V target) & new challenges, and you get FI targets & equipment to take home.
Learn how to hack chips with us!
https://t.co/L01fvAoLqm
We at @1bitsquared started a collaboration with @hextreeio ( aka. @ghidraninja and @LiveOverflow ). We are now offering the Faultier power glitch tool and Glitch Tag targets! They work great with @hextreeio hardware security courses. https://t.co/KFgvwBbnT2
Happy to announce the release of our LLVM-based (dis)assembler framework, Nyxstone. It supports all architectures of LLVM, label-support in the assembler comes with Python & Rust bindings.
We published our favorite moments from the first month of our Hardware Hacking Bootcamp. Our second month is just starting now. Join now 👉 https://t.co/1ggrje0tVQ
https://t.co/jLMJVtWvbc
Riscure's @jzvw designed a chip and taped out on Sky130, then decapped it and sniffed the AES keys with a near field probe!
We talk about it in the next Efabless webinar: https://t.co/UuxUoSWOAM
I finished the challenges over the weekend - and had a lovely time doing so. I can highly recommend this to anyone with an interest in hardware security!
It’s launching as a kit containing the Bolt, an STM32 SWD debugger, cables and probes, and a wicked STM32F103 target board with hardware security challenges.
Accessible only to participants of the European Cyber Security Challenge 2023 before, and now available to all! 🤩
Fantastic work by Courk on performing a SCA attack on the Flash Encryption feature of @Espressif's ESP32-C3 and ESP32-C6: https://t.co/HhXCDzDbRb
A custom board is used to perform the attack, which requires no external (expensive) oscilloscope. Also, a temperature controlling circuit is present to stabilize the temperature of the target.
Interestingly, the attack was still feasible even though the ESP32-C6's AES engine is supposedly hardened with masking... Interesting!
YosysHQ is hiring!
With the start of the new year we are looking to add both an EDA Formal & Synthesis Tool Developer to our team. Find all you need to know via the link below & send your application to [email protected]
https://t.co/PbhBa6zJa1